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Powder Coating for Architecture

Durable surface solutions for facades and interior applications

In architecture, in addition to materials, geometry, and construction, colors, effects, and surface textures are the primary factors that determine the overall impact of a structure. Powder coatings help to shape these elements in a targeted manner—both visually and tactilely.

They enable high-quality, functional, and durable surfaces for facade components as well as interior elements.

You can find more information at: www.tiger.archi

What are the requirements in architecture?

Architectural applications place high demands on coating systems:

  • High UV and weather resistance
  • Long-term color and gloss retention
  • Reliable corrosion protection
  • Wide design flexibility in color, effect, and texture
  • Compliance with international quality standards (e.g., QUALICOAT, GSB, AAMA)

Powder coating meets these requirements and combines design freedom with technical performance and efficient application.

How does powder coating support architectural applications?

Powder coating combines design freedom with technical performance:

  • Uniform, high-quality surfaces
  • High resistance to environmental influences
  • Solvent-free technology
  • Efficient processing with high material utilization

In the architectural sector, powder coating is primarily used on aluminum, steel, and galvanized steel. With appropriate pretreatment, it can also be applied to MDF, glass, or ceramic substrates.

The process produces uniform, reproducible surfaces with high resistance to mechanical and climatic influences.

Typical applications of powder coating in architecture

The building envelope serves both aesthetic and functional purposes. It protects against environmental influences while also shaping the architectural appearance.

Coatings for facades must remain stable over the long term—despite intense UV radiation, changing climatic conditions, and increasing quality requirements.

Powder coatings from TIGER Coatings meet relevant international standards and ensure consistently stable color and surface quality.

For interior applications, the focus is not only on aesthetics but also, and in particular, on durability and suitability for everyday use.

Powder coatings offer:

  • High scratch and abrasion resistance
  • Uniform, high-quality surfaces
  • Great design flexibility

They are suitable for furniture, lighting, interior finishes, and applications in public spaces subject to heavy use.

Windows, doors, and gates are constantly exposed to mechanical stress and changing weather conditions. Powder coating protects aluminum and steel components from corrosion, UV radiation, moisture, and everyday wear and tear.

At the same time, it allows for precise coordination of color, gloss level, and surface texture with the building’s facade and architectural design. High-quality powder coatings ensure uniform, durable finishes on window profiles, door frames, garage doors, and entry systems.

Sun protection systems such as louvers, blinds, external blinds, sunshades, and awning structures are particularly exposed to intense sunlight and the elements. Powder coatings with high UV and weather resistance help preserve color, gloss, and surface quality over the long term.

In addition to protecting the components, powder coatings offer a wide range of design possibilities. Sun protection elements can be harmoniously integrated into the facade design or used specifically as architectural accents.

Conservatories and glass facade structures bridge the gap between indoor and outdoor spaces and place high demands on design and durability. Coated aluminum and steel profiles must reliably withstand temperature fluctuations, moisture, UV radiation, and mechanical stress.

Powder coatings provide lasting corrosion protection and a high-quality surface finish. A wide selection of colors, effects, and textures makes it possible to customize conservatories to match buildings, windows, and facade elements.

In architecture, steel structures are used for load-bearing frameworks, canopies, stairs, railings, balconies, and visible design elements. Depending on their application, the surfaces must withstand high mechanical stresses and corrosive environmental influences.

When combined with appropriate pretreatment, powder coating provides reliable corrosion protection and a durable, uniform surface. At the same time, functional steel components can be seamlessly integrated into the overall architectural design through the use of different colors, gloss levels, and textures.

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Digital Surface Printing

The customization of surfaces is becoming increasingly important. Digital printing technologies make it possible to produce decorative motifs on an industrial scale.

With TIGER ArchiPRINT, TIGER Coatings combines powder coating with digital printing:

  • Photorealistic reproduction of designs
  • Reproducible results in mass production
  • Applications on facades, furniture, and other components

Why choose TIGER powder coatings for architecture?

  • Maximum design versatility
  • Over 1,600 finishes and custom designs offer virtually unlimited design possibilities.
  • Strong development expertise
  • State-of-the-art R&D capabilities enable tailored solutions for specific architectural requirements.
  • Proven long-term durability
  • High-quality raw materials ensure long-lasting mechanical and decorative properties—even under extreme conditions.

Recommended powder coating systems for architecture

Architectural applications require the highest level of performance in terms of weather resistance, color fastness, and corrosion protection.

For applications with the most demanding requirements for weather and UV resistance

For long-lasting color and gloss retention in demanding outdoor applications

For a wide range of applications with proven performance

Frequently asked questions about powder coating in architecture

Aluminum, steel, and galvanized steel are standard. Other substrates are possible with appropriate pretreatment.

The service life depends on the system used and the environmental conditions. High-quality systems are designed for long-term durability.

For architectural applications, particularly QUALICOAT, GSB International, and AAMA.